Exclude In Datapump Not Working

Hi I want to Exclude Tablespace From Exporting.I have given this command below and found its not excluding the objects in that tablespaces. Please Help
expdp sys/123 directory=exp dumpfile=file.dmp logfile=file.log full=y exclude=tablespace:"IN('TS_SEARCH_D')"

Hi,
I want to Exclude Tablespace From Exporting.Can you be little more clear with your requirements.Export is a way of taking backup logically.You can excludes tables,indexes,grants etc. (database objects), not the tablespace.
Regards,
Anand

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    # or alternatively(A), using a Perl hash lookup table, which may be assigned
    # directly, or read from a file, one domain per line; comments and empty lines
    # are ignored, a dot before a domain name implies its subdomains:
    #read_hash(\%local_domains, '/var/amavis/local_domains');
    #or alternatively(B), using a list of regular expressions:
    # $local_domains_re = new_RE( qr'[@.]example\.com$'i );
    # see README.lookups for syntax and semantics
    # Section II - MTA specific (defaults should be ok)
    # if $relayhost_is_client is true, IP address in $notify_method and
    # $forward_method is dynamically overridden with SMTP client peer address
    # if available, which makes possible for several hosts to share one daemon
    #$relayhost_is_client = 1; # (defaults to false)
    #$insert_received_line = 1; # behave like MTA: insert 'Received:' header
    # (does not apply to sendmail/milter)
    # (default is true)
    # AMAVIS-CLIENT PROTOCOL INPUT SETTINGS (e.g. with sendmail milter)
    # (used with amavis helper clients like amavis-milter.c and amavis.c,
    # NOT needed for Postfix and Exim)
    $unix_socketname = "$MYHOME/amavisd.sock"; # amavis helper protocol socket
    #$unix_socketname = undef; # disable listening on a unix socket
    # (default is undef, i.e. disabled)
    # (usual setting is $MYHOME/amavisd.sock)
    # Do we receive quoted or raw addresses from the helper program?
    # (does not apply to SMTP; defaults to true)
    #$gets_addr_in_quoted_form = 1; # "Bob \"Funny\" Dude"@example.com
    #$gets_addr_in_quoted_form = 0; # Bob "Funny" [email protected]
    # SMTP SERVER (INPUT) PROTOCOL SETTINGS (e.g. with Postfix, Exim v4, ...)
    # (used when MTA is configured to pass mail to amavisd via SMTP or LMTP)
    $inet_socket_port = 10024; # accept SMTP on this local TCP port
    # (default is undef, i.e. disabled)
    # multiple ports may be provided: $inet_socket_port = [10024, 10026, 10028];
    # SMTP SERVER (INPUT) access control
    # - do not allow free access to the amavisd SMTP port !!!
    # when MTA is at the same host, use the following (one or the other or both):
    #$inet_socket_bind = '127.0.0.1'; # limit socket bind to loopback interface
    # (default is '127.0.0.1')
    @inet_acl = qw( 127.0.0.1 ); # allow SMTP access only from localhost IP
    # (default is qw( 127.0.0.1 ) )
    # when MTA (one or more) is on a different host, use the following:
    #@inet_acl = qw(127/8 10.1.0.1 10.1.0.2); # adjust the list as appropriate
    #$inet_socket_bind = undef; # bind to all IP interfaces
    # Example1:
    # @inet_acl = qw( 127/8 10/8 172.16/12 192.168/16 );
    # permit only SMTP access from loopback and rfc1918 private address space
    # Example2:
    # @inet_acl = qw( !192.168.1.12 172.16.3.3 !172.16.3/255.255.255.0
    # 127.0.0.1 10/8 172.16/12 192.168/16 );
    # matches loopback and rfc1918 private address space except host 192.168.1.12
    # and net 172.16.3/24 (but host 172.16.3.3 within 172.16.3/24 still matches)
    # Example3:
    # @inet_acl = qw( 127/8
    # !172.16.3.0 !172.16.3.127 172.16.3.0/25
    # !172.16.3.128 !172.16.3.255 172.16.3.128/25 );
    # matches loopback and both halves of the 172.16.3/24 C-class,
    # split into two subnets, except all four broadcast addresses
    # for these subnets
    # See README.lookups for details on specifying access control lists.
    # Section III - Logging
    # true (e.g. 1) => syslog; false (e.g. 0) => logging to file
    $DO_SYSLOG = 0; # (defaults to false)
    #$SYSLOG_LEVEL = 'user.info'; # (defaults to 'mail.info')
    # Log file (if not using syslog)
    $LOGFILE = "/var/log/amavis.log"; # (defaults to empty, no log)
    #NOTE: levels are not strictly observed and are somewhat arbitrary
    # 0: startup/exit/failure messages, viruses detected
    # 1: args passed from client, some more interesting messages
    # 2: virus scanner output, timing
    # 3: server, client
    # 4: decompose parts
    # 5: more debug details
    $log_level = 4; # (defaults to 0)
    # Customizeable template for the most interesting log file entry (e.g. with
    # $log_level=0) (take care to properly quote Perl special characters like '\')
    # For a list of available macros see README.customize .
    # only log infected messages (useful with log level 0):
    # $log_templ = '[? %#V |[? %#F ||banned filename ([%F|,])]|infected ([%V|,])]#
    # [? %#V |[? %#F ||, from=<%o>, to=[<%R>|,][? %i ||, quarantine %i]]#
    # |, from=<%o>, to=[<%R>|,][? %i ||, quarantine %i]]';
    # log both infected and noninfected messages (default):
    $log_templ = '[? %#V |[? %#F |[?%#D|Not-Delivered|Passed]|BANNED name/type (%F)]|INFECTED (%V)], #
    <%o> -> [<%R>|,][? %i ||, quarantine %i], Message-ID: %m, Hits: %c';
    # Section IV - Notifications/DSN, BOUNCE/REJECT/DROP/PASS destiny, quarantine
    # Select notifications text encoding when Unicode-aware Perl is converting
    # text from internal character representation to external encoding (charset
    # in MIME terminology)
    # to be used in RFC 2047-encoded header field bodies, e.g. in Subject:
    #$hdr_encoding = 'iso-8859-1'; # (default: 'iso-8859-1')
    # to be used in notification body text: its encoding and Content-type.charset
    #$bdy_encoding = 'iso-8859-1'; # (default: 'iso-8859-1')
    # Default template texts for notifications may be overruled by directly
    # assigning new text to template variables, or by reading template text
    # from files. A second argument may be specified in a call to read_text(),
    # specifying character encoding layer to be used when reading from the
    # external file, e.g. 'utf8', 'iso-8859-1', or often just $bdy_encoding.
    # Text will be converted to internal character representation by Perl 5.8.0
    # or later; second argument is ignored otherwise. See PerlIO::encoding,
    # Encode::PerlIO and perluniintro man pages.
    # $notify_sender_templ = read_text('/var/amavis/notify_sender.txt');
    # $notify_virus_sender_templ= read_text('/var/amavis/notify_virus_sender.txt');
    # $notify_virus_admin_templ = read_text('/var/amavis/notify_virus_admin.txt');
    # $notify_virus_recips_templ= read_text('/var/amavis/notify_virus_recips.txt');
    # $notify_spam_sender_templ = read_text('/var/amavis/notify_spam_sender.txt');
    # $notify_spam_admin_templ = read_text('/var/amavis/notify_spam_admin.txt');
    # If notification template files are collectively available in some directory,
    # use read_l10n_templates which calls read_text for each known template.
    # read_l10n_templates('/etc/amavis/en_US');
    # Here is an overall picture (sequence of events) of how pieces fit together
    # (only virus controls are shown, spam controls work the same way):
    # bypass_virus_checks set for all recipients? ==> PASS
    # no viruses? ==> PASS
    # log virus if $log_templ is nonempty
    # quarantine if $virus_quarantine_to is nonempty
    # notify admin if $virus_admin (lookup) nonempty
    # notify recips if $warnvirusrecip and (recipient is local or $warn_offsite)
    # add address extensions for local recipients (when enabled)
    # send (non-)delivery notifications
    # to sender if DSN needed (BOUNCE) or ($warnvirussender and D_PASS)
    # virus_lovers or final_destiny==D_PASS ==> PASS
    # DISCARD (2xx) or REJECT (5xx) (depending on final_*_destiny)
    # Equivalent flow diagram applies for spam checks.
    # If a virus is detected, spam checking is skipped entirely.
    # The following symbolic constants can be used in *destiny settings:
    # D_PASS mail will pass to recipients, regardless of bad contents;
    # D_DISCARD mail will not be delivered to its recipients, sender will NOT be
    # notified. Effectively we lose mail (but will be quarantined
    # unless disabled). Not a decent thing to do for a mailer.
    # D_BOUNCE mail will not be delivered to its recipients, a non-delivery
    # notification (bounce) will be sent to the sender by amavisd-new;
    # Exception: bounce (DSN) will not be sent if a virus name matches
    # $viruses_that_fake_sender_re, or to messages from mailing lists
    # (Precedence: bulk|list|junk);
    # D_REJECT mail will not be delivered to its recipients, sender should
    # preferably get a reject, e.g. SMTP permanent reject response
    # (e.g. with milter), or non-delivery notification from MTA
    # (e.g. Postfix). If this is not possible (e.g. different recipients
    # have different tolerances to bad mail contents and not using LMTP)
    # amavisd-new sends a bounce by itself (same as D_BOUNCE).
    # Notes:
    # D_REJECT and D_BOUNCE are similar, the difference is in who is responsible
    # for informing the sender about non-delivery, and how informative
    # the notification can be (amavisd-new knows more than MTA);
    # With D_REJECT, MTA may reject original SMTP, or send DSN (delivery status
    # notification, colloquially called 'bounce') - depending on MTA;
    # Best suited for sendmail milter, especially for spam.
    # With D_BOUNCE, amavisd-new (not MTA) sends DSN (can better explain the
    # reason for mail non-delivery, but unable to reject the original
    # SMTP session). Best suited to reporting viruses, and for Postfix
    # and other dual-MTA setups, which can't reject original client SMTP
    # session, as the mail has already been enqueued.
    $final_virus_destiny = D_BOUNCE; # (defaults to D_BOUNCE)
    $final_banned_destiny = D_BOUNCE; # (defaults to D_BOUNCE)
    $final_spam_destiny = D_PASS; # (defaults to D_REJECT)
    $final_bad_header_destiny = D_PASS; # (defaults to D_PASS), D_BOUNCE suggested
    # Alternatives to consider for spam:
    # - use D_PASS if clients will do filtering based on inserted mail headers;
    # - use D_DISCARD, if kill_level is set safely high;
    # - use D_BOUNCE instead of D_REJECT if not using milter;
    # There are no sensible alternatives to D_BOUNCE for viruses, but consider:
    # - use D_PASS (or virus_lovers) and $warnvirussender=1 to deliver viruses;
    # - use D_REJECT instead of D_BOUNCE if using milter and under heavy
    # virus storm;
    # Don't bother to set both D_DISCARD and $warn*sender=1, it will get mapped
    # to D_BOUNCE.
    # The separation of *_destiny values into D_BOUNCE, D_REJECT, D_DISCARD
    # and D_PASS made settings $warnvirussender and $warnspamsender only still
    # useful with D_PASS.
    # The following $warn*sender settings are ONLY used when mail is
    # actually passed to recipients ($final_*_destiny=D_PASS, or *_lovers*).
    # Bounces or rejects produce non-delivery status notification anyway.
    # Notify virus sender?
    #$warnvirussender = 1; # (defaults to false (undef))
    # Notify spam sender?
    #$warnspamsender = 1; # (defaults to false (undef))
    # Notify sender of banned files?
    #$warnbannedsender = 1; # (defaults to false (undef))
    # Notify sender of syntactically invalid header containing non-ASCII characters?
    #$warnbadhsender = 1; # (defaults to false (undef))
    # Notify virus (or banned files) RECIPIENT?
    # (not very useful, but some policies demand it)
    #$warnvirusrecip = 1; # (defaults to false (undef))
    #$warnbannedrecip = 1; # (defaults to false (undef))
    # Notify also non-local virus/banned recipients if $warn*recip is true?
    # (including those not matching local_domains*)
    #$warn_offsite = 1; # (defaults to false (undef), i.e. only notify locals)
    # Treat envelope sender address as unreliable and don't send sender
    # notification / bounces if name(s) of detected virus(es) match the list.
    # Note that virus names are supplied by external virus scanner(s) and are
    # not standardized, so virus names may need to be adjusted.
    # See README.lookups for syntax.
    $viruses_that_fake_sender_re = new_RE(
    qr'nimda|hybris|klez|bugbear|yaha|braid|sobig|fizzer|palyh|peido|holar'i );
    # where to send ADMIN VIRUS NOTIFICATIONS (should be a fully qualified address)
    # - the administrator address may be a simple fixed e-mail address (a scalar),
    # or may depend on the SENDER address (e.g. its domain), in which case
    # a ref to a hash table can be specified (specify lower-cased keys,
    # dot is a catchall, see README.lookups).
    # Empty or undef lookup disables virus admin notifications.
    $virus_admin = '[email protected]';
    # $virus_admin = undef; # do not send virus admin notifications (default)
    # $virus_admin = {'not.example.com' => '', '.' => '[email protected]'};
    # $virus_admin = '[email protected]';
    # equivalent to $virus_admin, but for spam admin notifications:
    #$spam_admin = '[email protected]';# $spam_admin = undef; # do not send spam admin notifications (default)
    # $spam_admin = {'not.example.com' => '', '.' => '[email protected]'};
    #advanced example, using a hash lookup table:
    # - $virus_admin = {
    # '[email protected]' => '[email protected]',
    # '.sub1.example.com' => '[email protected]',
    # '.sub2.example.com' => '', # don't send admin notifications
    # 'a.sub3.example.com' => '[email protected]',
    # '.sub3.example.com' => '[email protected]',
    # '.example.com' => '[email protected]', # catchall for our virus senders
    # '.' => '[email protected]', # catchall for the rest
    # whom notification reports are sent from (ENVELOPE SENDER);
    # may be a null reverse path, or a fully qualified address:
    # (admin and recip sender addresses default to $mailfrom
    # for compatibility, which in turn defaults to undef (empty) )
    # If using strings in double quotes, don't forget to quote @, i.e. \@
    $mailfrom_notify_admin = "virusalert\@$mydomain";
    $mailfrom_notify_recip = "virusalert\@$mydomain";
    $mailfrom_notify_spamadmin = "spam.police\@$mydomain";
    # 'From' HEADER FIELD for sender and admin notifications.
    # This should be a replyable address, see rfc1894. Not to be confused
    # with $mailfrom_notify_sender, which is the envelope address and
    # should be empty (null reverse path) according to rfc2821.
    # $hdrfrom_notify_sender = "amavisd-new <postmaster\@$mydomain>";
    # $hdrfrom_notify_sender = 'amavisd-new <[email protected]>';
    # (defaults to: "amavisd-new <postmaster\@$myhostname>")
    # $hdrfrom_notify_admin = $mailfrom_notify_admin;
    # (defaults to: $mailfrom_notify_admin)
    # $hdrfrom_notify_spamadmin = $mailfrom_notify_spamadmin;
    # (defaults to: $mailfrom_notify_spamadmin)
    # whom quarantined messages appear to be sent from (envelope sender)
    $mailfrom_to_quarantine = undef; # original sender if undef, or set explicitly
    # (default is undef)
    # Location to put infected mail into: (applies to 'local:' quarantine method)
    # empty for not quarantining, may be a file (mailbox),
    # or a directory (no trailing slash)
    # (the default value is undef, meaning no quarantine)
    $QUARANTINEDIR = '/var/virusmails';
    #$virus_quarantine_method = "local:virus-%i-%n"; # default
    #$spam_quarantine_method = "local:spam-%b-%i-%n"; # default
    #use the new 'bsmtp:' method as an alternative to the default 'local:'
    #$virus_quarantine_method = "bsmtp:$QUARANTINEDIR/virus-%i-%n.bsmtp";
    #$spam_quarantine_method = "bsmtp:$QUARANTINEDIR/spam-%b-%i-%n.bsmtp";
    # When using the 'local:' quarantine method (default), the following applies:
    # A finer control of quarantining is available through variable
    # $virus_quarantine_to/$spam_quarantine_to. It may be a simple scalar string,
    # or a ref to a hash lookup table, or a regexp lookup table object,
    # which makes possible to set up per-recipient quarantine addresses.
    # The value of scalar $virus_quarantine_to/$spam_quarantine_to (or a
    # per-recipient lookup result from the hash table %$virus_quarantine_to)
    # is/are interpreted as follows:
    # VARIANT 1:
    # empty or undef disables quarantine;
    # VARIANT 2:
    # a string NOT containg an '@';
    # amavisd will behave as a local delivery agent (LDA) and will quarantine
    # viruses to local files according to hash %local_delivery_aliases (pseudo
    # aliases map) - see subroutine mail_to_local_mailbox() for details.
    # Some of the predefined aliases are 'virus-quarantine' and 'spam-quarantine'.
    # Setting $virus_quarantine_to ($spam_quarantine_to) to this string will:
    # * if $QUARANTINEDIR is a directory, each quarantined virus will go
    # to a separate file in the $QUARANTINEDIR directory (traditional
    # amavis style, similar to maildir mailbox format);
    # * otherwise $QUARANTINEDIR is treated as a file name of a Unix-style
    # mailbox. All quarantined messages will be appended to this file.
    # Amavisd child process must obtain an exclusive lock on the file during
    # delivery, so this may be less efficient than using individual files
    # or forwarding to MTA, and it may not work across NFS or other non-local
    # file systems (but may be handy for pickup of quarantined files via IMAP
    # for example);
    # VARIANT 3:
    # any email address (must contain '@').
    # The e-mail messages to be quarantined will be handed to MTA
    # for delivery to the specified address. If a recipient address local to MTA
    # is desired, you may leave the domain part empty, e.g. '[email protected]', but the
    # '@' character must nevertheless be included to distinguish it from variant 2.
    # This method enables more refined delivery control made available by MTA
    # (e.g. its aliases file, other local delivery agents, dealing with
    # privileges and file locking when delivering to user's mailbox, nonlocal
    # delivery and forwarding, fan-out lists). Make sure the mail-to-be-quarantined
    # will not be handed back to amavisd for checking, as this will cause a loop
    # (hopefully broken at some stage)! If this can be assured, notifications
    # will benefit too from not being unecessarily virus-scanned.
    # By default this is safe to do with Postfix and Exim v4 and dual-sendmail
    # setup, but probably not safe with sendmail milter interface without
    # precaution.
    # (the default value is undef, meaning no quarantine)
    #$virus_quarantine_to = '[email protected]'; # traditional local quarantine
    #$virus_quarantine_to = '[email protected]'; # forward to MTA for delivery
    #$virus_quarantine_to = "virus-quarantine\@$mydomain"; # similar
    #$virus_quarantine_to = '[email protected]'; # similar
    #$virus_quarantine_to = undef; # no quarantine
    #$virus_quarantine_to = new_RE( # per-recip multiple quarantines
    # [qr'^[email protected]\.com$'i => '[email protected]'],
    # [qr'^(.*)@example\.com$'i => 'virus-${1}@example.com'],
    # [qr'^(.*)(@[^@])?$'i => 'virus-${1}${2}'],
    # [qr/.*/ => 'virus-quarantine'] );
    # similar for spam
    # (the default value is undef, meaning no quarantine)
    #$spam_quarantine_to = '[email protected]';
    #$spam_quarantine_to = "spam-quarantine\@$mydomain";
    #$spam_quarantine_to = new_RE( # per-recip multiple quarantines
    # [qr'^(.*)@example\.com$'i => 'spam-${1}@example.com'],
    # [qr/.*/ => 'spam-quarantine'] );
    # In addition to per-recip quarantine, a by-sender lookup is possible. It is
    # similar to $spam_quarantine_to, but the lookup key is the sender address:
    #$spam_quarantine_bysender_to = undef; # dflt: no by-sender spam quarantine
    # Add X-Virus-Scanned header field to mail?
    $X_HEADER_TAG = 'X-Virus-Scanned'; # (default: undef)
    # Leave empty to add no header field # (default: undef)
    $X_HEADER_LINE = "by amavisd-new at $mydomain";
    $remove_existing_x_scanned_headers = 0; # leave existing X-Virus-Scanned alone
    #$remove_existing_x_scanned_headers= 1; # remove existing headers
    # (defaults to false)
    $remove_existing_spam_headers = 0; # leave existing X-Spam* headers alone
    #$remove_existing_spam_headers = 1; # remove existing spam headers if
    # spam scanning is enabled (default)
    # set $bypass_decode_parts to true if you only do spam scanning, or if you
    # have a good virus scanner that can deal with compression and recursively
    # unpacking archives by itself, and save amavisd the trouble.
    # Disabling decoding also causes banned_files checking to only see
    # MIME names and MIME content types, not the content classification types
    # as provided by the file(1) utility.
    # It is a double-edged sword, make sure you know what you are doing!
    #$bypass_decode_parts = 1; # (defaults to false)
    # don't trust this file type or corresponding unpacker for this file type,
    # keep both the original and the unpacked file
    # (lookup key is what file(1) utility returned):
    $keep_decoded_original_re = new_RE(
    qr'^(ASCII|text|uuencoded|xxencoded|binhex)'i,
    # Checking for banned MIME types and names. If any mail part matches,
    # the whole mail is rejected, much like the way viruses are handled.
    # A list in object $banned_filename_re can be defined to provide a list
    # of Perl regular expressions to be matched against each part's:
    # * Content-Type value (both declared and effective mime-type),
    # including the possible security risk content types
    # message/partial and message/external-body, as specified by rfc2046;
    # * declared (recommended) file names as specified by MIME subfields
    # Content-Disposition.filename and Content-Type.name, both in their
    # raw (encoded) form and in rfc2047-decoded form if applicable;
    # * file content type as guessed by 'file(1)' utility, both the raw result
    # from file(1), as well as short type name, classified into names such as
    # .asc, .txt, .html, .doc, .jpg, .pdf, .zip, .exe, ..., which is always
    # beginning with a dot - see subroutine determine_file_types().
    # This step is done only if $bypass_decode_parts is not true.
    # * leave $banned_filename_re undefined to disable these checks
    # (giving an empty list to new_RE() will also always return false)
    $banned_filename_re = new_RE(
    qr'\.[a-zA-Z][a-zA-Z0-9]{0,3}\.(vbs|pif|scr|bat|com|exe|dll)$'i, # double extension
    # qr'.\.(exe|vbs|pif|scr|bat|com)$'i, # banned extension - basic
    # qr'.\.(ade|adp|bas|bat|chm|cmd|com|cpl|crt|exe|hlp|hta|inf|ins|isp|js|
    # jse|lnk|mdb|mde|msc|msi|msp|mst|pcd|pif|reg|scr|sct|shs|shb|vb|
    # vbe|vbs|wsc|wsf|wsh)$'ix, # banned extension - long
    # qr'^\.(exe|zip|lha|tnef)$'i, # banned file(1) types
    # qr'^application/x-msdownload$'i, # banned MIME types
    # qr'^message/partial$'i, qr'^message/external-body$'i, # rfc2046
    # See http://support.microsoft.com/default.aspx?scid=kb;EN-US;q262631
    # and http://www.cknow.com/vtutor/vtextensions.htm
    # A little trick: a pattern qr'\.exe$' matches both a short type name '.exe',
    # as well as any file name which happens to end with .exe. If only matching
    # a file name is desired, but not the short name, a pattern qr'.\.exe$'i
    # or similar may be used, which requires that at least one character preceeds
    # the '.exe', and so it will never match short file types, which always start
    # with a dot.
    # Section V - Per-recipient and per-sender handling, whitelisting, etc.
    # %virus_lovers, @virus_lovers_acl and $virus_lovers_re lookup tables:
    # (these should be considered policy options, they do not disable checks,
    # see bypas*checks for that!)
    # Exclude certain RECIPIENTS from virus filtering by adding their lower-cased
    # envelope e-mail address (or domain only) to the hash %virus_lovers, or to
    # the access list @virus_lovers_acl - see README.lookups and examples.
    # Make sure the appropriate form (e.g. external/internal) of address
    # is used in case of virtual domains, or when mapping external to internal
    # addresses, etc. - this is MTA-specific.
    # Notifications would still be generated however (see the overall
    # picture above), and infected mail (if passed) gets additional header:
    # X-AMaViS-Alert: INFECTED, message contains virus: ...
    # (header not inserted with milter interface!)
    # NOTE (milter interface only): in case of multiple recipients,
    # it is only possible to drop or accept the message in its entirety - for all
    # recipients. If all of them are virus lovers, we'll accept mail, but if
    # at least one recipient is not a virus lover, we'll discard the message.
    # %bypass_virus_checks, @bypass_virus_checks_acl and $bypass_virus_checks_re
    # lookup tables:
    # (this is mainly a time-saving option, unlike virus_lovers* !)
    # Similar in concept to %virus_lovers, a hash %bypass_virus_checks,
    # access list @bypass_virus_checks_acl and regexp list $bypass_virus_checks_re
    # are used to skip entirely the decoding, unpacking and virus checking,
    # but only if ALL recipients match the lookup.
    # %bypass_virus_checks/@bypass_virus_checks_acl/$bypass_virus_checks_re
    # do NOT GUARANTEE the message will NOT be checked for viruses - this may
    # still happen when there is more than one recipient for a message, and
    # not all of them match these lookup tables. To guarantee virus delivery,
    # a recipient must also match %virus_lovers/@virus_lovers_acl lookups
    # (but see milter limitations above),
    # NOTE: it would not be clever to base virus checks on SENDER address,
    # since there are no guarantees that it is genuine. Many viruses
    # and spam messages fake sender address. To achieve selective filtering
    # based on the source of the mail (e.g. IP address, MTA port number, ...),
    # use mechanisms provided by MTA if available.
    # Similar to lookup tables controlling virus checking, there exist
    # spam scanning, banned names/types, and headers_checks control counterparts:
    # %spam_lovers, @spam_lovers_acl, $spam_lovers_re
    # %banned_files_lovers, @banned_files_lovers_acl, $banned_files_lovers_re
    # %bad_header_lovers, @bad_header_lovers_acl, $bad_header_lovers_re
    # and:
    # %bypass_spam_checks/@bypass_spam_checks_acl/$bypass_spam_checks_re
    # %bypass_banned_checks/@bypass_banned_checks_acl/$bypass_banned_checks_re
    # %bypass_header_checks/@bypass_header_checks_acl/$bypass_header_checks_re
    # See README.lookups for details about the syntax.
    # The following example disables spam checking altogether,
    # since it matches any recipient e-mail address (any address
    # is a subdomain of the top-level root DNS domain):
    # @bypass_spam_checks_acl = qw( . );
    # @bypass_header_checks_acl = qw( [email protected] );
    # @bad_header_lovers_acl = qw( [email protected] );
    # See README.lookups for further detail, and examples below.
    # $virus_lovers{lc("postmaster\@$mydomain")} = 1;
    # $virus_lovers{lc('[email protected]')} = 1;
    # $virus_lovers{lc('[email protected]')} = 1;
    # $virus_lovers{lc('[email protected]')} = 1; # this recipient, regardless of domain
    # $virus_lovers{lc('[email protected]')} = 0; # never, even if domain matches
    # $virus_lovers{lc('example.com')} = 1; # this domain, but not its subdomains
    # $virus_lovers{lc('.example.com')}= 1; # this domain, including its subdomains
    #or:
    # @virus_lovers_acl = qw( [email protected] !lab.xxx.com .xxx.com yyy.org );
    # $bypass_virus_checks{lc('[email protected]')} = 1;
    # @bypass_virus_checks_acl = qw( some.ddd !butnot.example.com .example.com );
    # @virus_lovers_acl = qw( [email protected] );
    # $virus_lovers_re = new_RE( qr'(helpdesk|postmaster)@example\.com$'i );
    # $spam_lovers{lc("postmaster\@$mydomain")} = 1;
    # $spam_lovers{lc('[email protected]')} = 1;
    # $spam_lovers{lc('[email protected]')} = 1;
    # @spam_lovers_acl = qw( !.example.com );
    # $spam_lovers_re = new_RE( qr'^[email protected]\.com$'i );
    # don't run spam check for these RECIPIENT domains:
    # @bypass_spam_checks_acl = qw( d1.com .d2.com a.d3.com );
    # or the other way around (bypass check for all BUT these):
    # @bypass_spam_checks_acl = qw( !d1.com !.d2.com !a.d3.com . );
    # a practical application: don't check outgoing mail for spam:
    # @bypass_spam_checks_acl = ( "!.$mydomain", "." );
    # (a downside of which is that such mail will not count as ham in SA bayes db)
    # Where to find SQL server(s) and database to support SQL lookups?
    # A list of triples: (dsn,user,passw). (dsn = data source name)
    # Specify more than one for multiple (backup) SQL servers.
    # See 'man DBI', 'man DBD::mysql', 'DBD::Pg', ... for details.
    # @lookup_sql_dsn =
    # ( ['DBI:mysql:mail:host1', 'some-username1', 'some-password1'],
    # ['DBI:mysql:mail:host2', 'some-username2', 'some-password2'] );
    # ('mail' in the example is the database name, choose what you like)
    # With PostgreSQL the dsn (first element of the triple) may look like:
    # 'DBI:Pg:host=host1;dbname=mail'
    # The SQL select clause to fetch per-recipient policy settings.
    # The %k will be replaced by a comma-separated list of query addresses
    # (e.g. full address, domain only, catchall). Use ORDER, if there
    # is a chance that multiple records will match - the first match wins.
    # If field names are not unique (e.g. 'id'), the later field overwrites the
    # earlier in a hash returned by lookup, which is why we use '*,users.id'.
    # No need to uncomment the following assignment if the default is ok.
    # $sql_select_policy = 'SELECT *,users.id FROM users,policy'.
    # ' WHERE (users.policy_id=policy.id) AND (users.email IN (%k))'.
    # ' ORDER BY users.priority DESC';
    # The SQL select clause to check sender in per-recipient whitelist/blacklist
    # The first SELECT argument '?' will be users.id from recipient SQL lookup,
    # the %k will be sender addresses (e.g. full address, domain only, catchall).
    # The default value is:
    # $sql_select_white_black_list = 'SELECT wb FROM wblist,mailaddr'.
    # ' WHERE (rid=?) AND (sid=mailaddr.id) AND (mailaddr.email IN (%k))'.
    # ' ORDER BY mailaddr.priority DESC';
    # To disable SQL white/black list, set to undef (otherwise comment-out
    # the following statement, leaving it at the default value):
    $sql_select_white_black_list = undef; # undef disables SQL white/blacklisting
    # If you decide to pass viruses (or spam) to certain recipients using the
    # above lookup tables or using $final_virus_destiny=1, you can set
    # the variable $addr_extension_virus ($addr_extension_spam) to some
    # string, and the recipient address will have this string appended
    # as an address extension to the local-part of the address. This extension
    # can be used by final local delivery agent to place such mail in different
    # folders. Leave these two variables undefined or empty strings to prevent
    # appending address extensions. Setting has no effect on recipient which will
    # not be receiving viruses/spam. Recipients who do not match lookup tables
    # local_domains* are not affected.
    # LDAs usually default to stripping away address extension if no special
    # handling is specified, so having this option enabled normally does no harm,
    # provided the $recipients_delimiter matches the setting on the final
    # MTA's LDA.
    # $addr_extension_virus = 'virus'; # (default is undef, same as empty)
    # $addr_extension_spam = 'spam'; # (default is undef, same as empty)
    # $addr_extension_banned = 'banned'; # (default is undef, same as empty)
    # Delimiter between local part of the recipient address and address extension
    # (which can optionally be added, see variables $addr_extension_virus and
    # $addr_extension_spam). E.g. recipient address <[email protected]> gets changed
    # to <[email protected]>.
    # Delimiter should match equivalent (final) MTA delimiter setting.
    # (e.g. for Postfix add 'recipient_delimiter = +' to main.cf)
    # Setting it to an empty string or to undef disables this feature
    # regardless of $addr_extension_virus and $addr_extension_spam settings.
    $recipient_delimiter = '+'; # (default is '+')
    # true: replace extension; false: append extension
    # $replace_existing_extension = 1; # (default is false)
    # Affects matching of localpart of e-mail addresses (left of '@')
    # in lookups: true = case sensitive, false = case insensitive
    $localpart_is_case_sensitive = 0; # (default is false)
    # ENVELOPE SENDER WHITELISTING / BLACKLISTING - GLOBAL (RECIPIENT-INDEPENDENT)
    # WHITELISTING: use ENVELOPE SENDER lookups to ENSURE DELIVERY from whitelisted
    # senders even if the message is recognized as spam. Effectively, for the
    # specified senders, message RECIPIENTS temporarily become 'spam_lovers', with
    # further processing being the same as otherwise specified for spam lovers.
    # It does not turn off inserting spam-related headers, if they are enabled.
    # BLACKLISTING: messages from specified SENDERS are DECLARED SPAM.
    # Effectively, for messages from blacklisted senders, spam level
    # is artificially pushed high, and the normal spam processing applies,
    # resulting in 'X-Spam-Flag: YES', high 'X-Spam-Level' bar and other usual
    # reactions to spam, including possible rejection. If the message nevertheless
    # still passes (e.g. for spam loving recipients), it is tagged as BLACKLISTED
    # in the 'X-Spam-Status' header field, but the reported spam value and
    # set of tests in this report header field (if available from SpamAssassin,
    # which may have not been called) is not adjusted.
    # A sender may be both white- and blacklisted at the same time,
    # settings are independent. For example, being both white- and blacklisted,
    # message is delivered to recipients, but is tagged as spam.
    # If ALL recipients of the message either white- or blacklist the sender,
    # spam scanning (calling the SpamAssassin) is bypassed, saving on time.
    # The following variables (lookup tables) are available, with the semantics
    # and syntax as specified in README.lookups:
    # %whitelist_sender, @whitelist_sender_acl, $whitelist_sender_re
    # %blacklist_sender, @blacklist_sender_acl, $blacklist_sender_re
    # SOME EXAMPLES:
    #ACL:
    # @whitelist_sender_acl = qw( .example.com );
    # @whitelist_sender_acl = ( ".$mydomain" ); # $mydomain and its subdomains
    # NOTE: This is not a reliable way of turning off spam checks for
    # locally-originating mail, as sender address can easily be faked.
    # To reliably avoid spam-scanning outgoing mail,
    # use @bypass_spam_checks_acl .
    #RE:
    # $whitelist_sender_re = new_RE(
    # qr'^[email protected]*\bexample\.com$'i,
    # qr'^owner-[^@]*@'i, qr'[email protected]'i,
    # qr'\.example\.com$'i );
    $blacklist_sender_re = new_RE(
    qr'^(bulkmail|offers|cheapbenefits|earnmoney|foryou|greatcasino)@'i,
    qr'^(investments|lose_weight_today|market.alert|money2you|MyGreenCard)@'i,
    qr'^(new\.tld\.registry|opt-out|opt-in|optin|saveonlsmoking2002k)@'i,
    qr'^(specialoffer|specialoffers|stockalert|stopsnoring|wantsome)@'i,
    qr'^(workathome|yesitsfree|your_friend|greatoffers)@'i,
    qr'^(inkjetplanet|marketopt|MakeMoney)\d*@'i,
    #HASH lookup variant:
    # NOTE: Perl operator qw splits its argument string by whitespace
    # and produces a list. This means that addresses can not contain
    # whitespace, and there is no provision for comments within the string.
    # You can use the normal Perl list syntax if you have special requirements,
    # e.g. map {...} ('one [email protected]', '.second.com'), or use read_hash to read
    # addresses from a file.
    # a hash lookup table can be read from a file,
    # one address per line, comments and empty lines are permitted:
    # read_hash(\%whitelist_sender, '/var/amavis/whitelist_sender');
    # ... or set directly:
    # $whitelist_sender{''} = 1; # don't spam-check MTA bounces
    map { $whitelist_sender{lc($_)}=1 } (qw(
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    [email protected]
    returns.groups.yahoo.com
    # ENVELOPE SENDER WHITELISTING / BLACKLISTING - PER-RECIPIENT
    # The same semantics as for global white/blacklisting applies, but this
    # time each recipient (or its domain, or subdomain, ...) can be given
    # an individual lookup table for matching senders. The per-recipient lookups
    # override the global lookups, which serve as a fallback default.
    # Specify a two-level lookup table: the key for the outer table is recipient,
    # and the result should be an inner lookup table (hash or ACL or RE),
    # where the key used will be the sender.
    #$per_recip_blacklist_sender_lookup_tables = {
    # '[email protected]'=>new_RE(qr'^(inkjetplanet|marketopt|MakeMoney)\d*@'i),
    # '[email protected]'=>[qw( [email protected],org .d2.example,org )],
    #$per_recip_whitelist_sender_lookup_tables = {
    # '[email protected]' => [qw( [email protected] .other.example.org )],
    # '.my1.example.com' => [qw( !foe.other.example,org .other.example,org )],
    # '.my2.example.com' => read_hash('/var/amavis/my2-wl.dat'),
    # '[email protected]' => { '[email protected]'=>1,
    # '[email protected]'=>1, '[email protected]'=>1 },
    # Section VI - Resource limits
    # Sanity limit to the number of allowed recipients per SMTP transaction
    # $smtpd_recipient_limit = 1000; # (default is 1000)
    # Resource limitations to protect against mail bombs (e.g. 42.zip)
    # Maximum recursion level for extraction/decoding (0 or undef disables limit)
    $MAXLEVELS = 14; # (default is undef, no limit)
    # Maximum number of extracted files (0 or undef disables the limit)
    $MAXFILES = 1500; # (default is undef, no limit)
    # For the cumulative total of all decoded mail parts we set max storage size
    # to defend against mail bombs. Even though parts may be deleted (replaced
    # by decoded text) during decoding, the size they occupied is _not_ returned
    # to the quota pool.
    # Parameters to storage quota formula for unpacking/decoding/decompressing
    # Formula:
    # quota = max($MIN_EXPANSION_QUOTA,
    # $mail_size*$MIN_EXPANSION_FACTOR,
    # min($MAX_EXPANSION_QUOTA, $mail_size*$MAX_EXPANSION_FACTOR))
    # In plain words (later condition overrules previous ones):
    # allow MAX_EXPANSION_FACTOR times initial mail size,
    # but not more than MAX_EXPANSION_QUOTA,
    # but not less than MIN_EXPANSION_FACTOR times initial mail size,
    # but never less than MIN_EXPANSION_QUOTA
    $MIN_EXPANSION_QUOTA = 100*1024; # bytes (default undef, not enforced)
    $MAX_EXPANSION_QUOTA = 300*1024*1024; # bytes (default undef, not enforced)
    $MIN_EXPANSION_FACTOR = 5; # times original mail size (must be specified)
    $MAX_EXPANSION_FACTOR = 500; # times original mail size (must be specified)
    # Section VII - External programs, virus scanners
    # Specify a path string, which is a colon-separated string of directories
    # (no trailing slashes!) to be assigned to the environment variable PATH
    # and to serve for locating external programs below.
    # NOTE: if $daemon_chroot_dir is nonempty, the directories will be
    # relative to the chroot directory specified;
    $path = '/usr/local/sbin:/usr/local/bin:/usr/sbin:/sbin:/usr/bin:/bin';
    # Specify one string or a search list of strings (first match wins).
    # The string (or: each string in a list) may be an absolute path,
    # or just a program name, to be located via $path;
    # Empty string or undef (=default) disables the use of that external program.
    # Optionally command arguments may be specified - only the first substring
    # up to the whitespace is used for file searching.
    $file = 'file'; # file(1) utility; use 3.41 or later to avoid vulnerability
    $gzip = 'gzip';
    $bzip2 = 'bzip2';
    $lzop = 'lzop';
    $uncompress = ['uncompress', 'gzip -d', 'zcat'];
    $unfreeze = ['unfreeze', 'freeze -d', 'melt', 'fcat'];
    $arc = ['nomarch', 'arc'];
    $unarj = ['arj', 'unarj']; # both can extract, same options
    $unrar = ['rar', 'unrar']; # both can extract, same options
    $zoo = 'zoo';
    $lha = 'lha';
    $cpio = 'cpio';
    # SpamAssassin settings
    # $sa_local_tests_only is passed to Mail::SpamAssassin::new as a value
    # of the option local_tests_only. See Mail::SpamAssassin man page.
    # If set to 1, no tests that require internet access will be performed.
    $sa_local_tests_only = 1; # (default: false)
    #$sa_auto_whitelist = 1; # turn on AWL (default: false)
    $sa_mail_body_size_limit = 64*1024; # don't waste time on SA if mail is larger
    # (less than 1% of spam is > 64k)
    # default: undef, no limitations
    # default values, can be overridden by more specific lookups, e.g. SQL
    $sa_tag_level_deflt = -999; # add spam info headers if at, or above that level
    $sa_tag2_level_deflt = 3.0; # add 'spam detected' headers at that level
    $sa_kill_level_deflt = 22.0;
    #$sa_kill_level_deflt = $sa_tag2_level_deflt; # triggers spam evasive actions
    # at or above that level: bounce/reject/drop,
    # quarantine, and adding mail address extension
    # The $sa_tag_level_deflt, $sa_tag2_level_deflt and $sa_kill_level_deflt
    # may also be hashrefs to hash lookup tables, to make static per-recipient
    # settings possible without having to resort to SQL or LDAP lookups.
    # a quick reference:
    # tag_level controls adding the X-Spam-Status and X-Spam-Level headers,
    # tag2_level controls adding 'X-Spam-Flag: YES', and editing Subject,
    # kill_level controls 'evasive actions' (reject, quarantine, extensions);
    # it only makes sense to maintain the relationship:
    # tag_level <= tag2_level <= kill_level
    # string to prepend to Subject header field when message exceeds tag2 level
    $sa_spam_subject_tag = '*** JUNK MAIL ***'; # (defaults to undef, disables)
    # (only seen when spam is not to be rejected
    # and recipient is in local_domains*)
    $sa_spam_modifies_subj = 1; # may be a ref to a lookup table, default is true
    # Example: modify Subject for all local recipients except [email protected]
    #$sa_spam_modifies_subj = [qw( [email protected] . )];
    # @av_scanners is a list of n-tuples, where fields semantics is:
    # 1. av scanner plain name, to be used in log and reports;
    # 2. scanner program name; this string will be submitted to subroutine
    # find_external_programs(), which will try to find the full program
    # path name; if program is not found, this scanner is disabled.
    # Besides a simple string (full program path name or just the basename
    # to be looked for in PATH), this may be an array ref of alternative
    # program names or full paths - the first match in the list will be used;
    # As a special case for more complex scanners, this field may be
    # a subroutine reference, and the whole n-tuple is passed to it as args.
    # 3. command arguments to be given to the scanner program;
    # a substring {} will be replaced by the directory name to be scanned,
    # i.e. "$tempdir/parts"
    # 4. an array ref of av scanner exit status values, or a regexp (to be
    # matched against scanner output), indicating NO VIRUSES found;
    # 5. an array ref of av scanner exit status values, or a regexp (to be
    # matched against scanner output), indicating VIRUSES WERE FOUND;
    # Note: the virus match prevails over a 'not found' match, so it is safe
    # even if 4. matches for viruses too;
    # 6. a regexp (to be matched against scanner output), returning a list
    # of virus names found.
    # 7. and 8.: (optional) subroutines to be executed before and after scanner
    # (e.g. to set environment or current directory);
    # see examples for these at KasperskyLab AVP and Sophos sweep.
    # NOTES:
    # - NOT DEFINING @av_scanners (e.g. setting it to empty list, or deleting the
    # whole assignment) TURNS OFF LOADING AND COMPILING OF THE ANTIVIRUS CODE
    # (which can be handy if all you want to do is spam scanning);
    # - the order matters: although _all_ available entries from the list are
    # always tried regardless of their verdict, scanners are run in the order
    # specified: the report from the first one detecting a virus will be used
    # (providing virus names and scanner output); REARRANGE THE ORDER TO WILL;
    # - it doesn't hurt to keep an unused command line scanner entry in the list
    # if the program can not be found; the path search is only performed once
    # during the program startup;
    # CORROLARY: to disable a scanner that _does_ exist on your system,
    # comment out its entry or use undef or '' as its program name/path
    # (second parameter). An example where this is almost a must: disable
    # Sophos 'sweep' if you have its daemonized version Sophie or SAVI-Perl
    # (same for Trophie/vscan, and clamd/clamscan), or if another unrelated
    # program happens to have a name matching one of the entries ('sweep'
    # again comes to mind);
    # - it DOES HURT to keep unwanted entries which use INTERNAL SUBROUTINES
    # for interfacing (where the second parameter starts with \&).
    # Keeping such entry and not having a corresponding virus scanner daemon
    # causes an unnecessary connection attempt (which eventually times out,
    # but it wastes precious time). For this reason the daemonized entries
    # are commented in the distribution - just remove the '#' where needed.
    @av_scanners = (
    # ### http://www.vanja.com/tools/sophie/
    # ['Sophie',
    # \&ask_daemon, ["{}/\n", '/var/run/sophie'],
    # qr/(?x)^ 0+ ( : | [\000\r\n]* $)/, qr/(?x)^ 1 ( : | [\000\r\n]* $)/,
    # qr/(?x)^ [-+]? \d+ : (.*?) [\000\r\n]* $/ ],
    # ### http://www.csupomona.edu/~henson/www/projects/SAVI-Perl/
    # ['Sophos SAVI', \&sophos_savi ],
    # ### http://clamav.elektrapro.com/
    # ['Clam Antivirus-clamd',
    # \&ask_daemon, ["CONTSCAN {}\n", '/var/amavis/clamd'],
    # qr/\bOK$/, qr/\bFOUND$/,
    # qr/^.*?: (?!Infected Archive)(.*) FOUND$/ ],
    # # NOTE: run clamd under the same user as amavisd,
    # # match the socket name in clamav.conf to the socket name in this entry
    # ### http://www.openantivirus.org/
    # ['OpenAntiVirus ScannerDaemon (OAV)',
    # \&ask_daemon, ["SCAN {}\n", '127.0.0.1:8127'],
    # qr/^OK/, qr/^FOUND: /, qr/^FOUND: (.+)/ ],
    # ### http://www.vanja.com/tools/trophie/
    # ['Trophie',
    # \&ask_daemon, ["{}/\n", '/var/run/trophie'],
    # qr/(?x)^ 0+ ( : | [\000\r\n]* $)/, qr/(?x)^ 1 ( : | [\000\r\n]* $)/,
    # qr/(?x)^ [-+]? \d+ : (.*?) [\000\r\n]* $/ ],
    # ### http://www.f-prot.com/
    # ['FRISK F-Prot Daemon',
    # \&ask_daemon,
    # ["GET {}/*?-dumb%20-archive HTTP/1.0\r\n\r\n",
    # ['127.0.0.1:10200','127.0.0.1:10201','127.0.0.1:10202',
    # '127.0.0.1:10203','127.0.0.1:10204'] ],
    # qr/(?i)<summary[^>]*>clean<\/summary>/,
    # qr/(?i)<summary[^>]*>infected<\/summary>/,
    # qr/(?i)<name>(.+)<\/name>/ ],
    ['KasperskyLab AntiViral Toolkit Pro (AVP)', ['avp','kavscanner'],
    "-* -P -B -Y -O- {}", [0,3,8], [2,4], # any use for -A -K ?
    qr/infected: (.+)/,
    sub {chdir('/opt/AVP') or die "Can't chdir to AVP: $!"},
    sub {chdir($TEMPBASE) or die "Can't chdir back to $TEMPBASE $!"},
    ['KasperskyLab AVPDaemonClient',
    [ '/opt/AVP/kavdaemon', 'kavdaemon',
    '/opt/AVP/AvpDaemonClient', 'AvpDaemonClient',
    '/opt/AVP/AvpTeamDream', 'AvpTeamDream',
    '/opt/AVP/avpdc', 'avpdc' ],
    '{}', [0,8], [3,4,5,6], qr/infected: ([^\r\n]+)/ ],
    # change the startup-script in /etc/init.d/kavd to:
    # DPARMS="-I0 -Y -* /var/amavis"
    # adjusting /var/amavis above to match your $TEMPBASE.
    # NOTE: cd /opt/AVP/DaemonClients; configure; cd Sample; make
    # cp AvpDaemonClient /opt/AVP/
    ### http://www.hbedv.com/ or http://www.centralcommand.com/
    ['H+BEDV AntiVir or CentralCommand Vexira Antivirus',
    ['antivir','vexira'],
    '--allfiles -noboot -nombr -rs -s -z {}', [0], qr/ALERT:|VIRUS:/,
    qr/(?x)^\s* (?: ALERT: \s* (?: \[ | [^']* ' ) |
    (?i) VIRUS:\ .*?\ virus\ '?) ( [^\]\s']+ )/ ],
    # NOTE: remove the -z if you only have a demo version
    ### http://www.commandsoftware.com/
    ['Command AntiVirus for Linux', 'csav',
    '-all -archive -packed {}', [50], [51,52,53],
    qr/Infection: (.+)/ ],
    ### http://www.symantec.com/
    ['Symantec CarrierScan via Symantec CommandLineScanner',
    ['cscmdline','savsecls'],
    '-a scan -i 1 -v -s 127.0.0.1:7777 {}',
    qr/Files Infected: 0/, qr/^Infected: /,
    qr/Info:\s+(.+)/ ],
    ### http://drweb.imshop.de/
    ['DrWeb Antivirus for Linux/FreeBSD/Solaris', 'drweb',
    '-al -ar -fm -go -ha -ml -ot -sd -up {}',
    [0], [1], sub {('no-name')} ],
    ### http://www.f-secure.com/products/anti-virus/
    ['F-Secure Antivirus', 'fsav',
    '--dumb --archive {}', [0], [3,8],
    qr/(?:infection|Infected): (.+)/ ],
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